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Biography
Sanli Faez is a professor (UHD) at the Physics department of Utrecht University. He is an alumni of Utrecht Young Academy, board member of KNAW De Jonge Akademie, and a fellow at the Center for Unusual Collaborations.
Sanli studied Physics at the Sharif University of Technology in Iran and recieved his master’s degree in Nanotechnology from University of Twente. His doctorate research focused on wave propagation in strongly scattering media and Anderson localization. He has held post-doctoral positions at the Max Planck Institute for the Science of Light and the Leiden Institute of Physics, focusing on single-molecule optics and (cryogenic) microscopy.
Since 2015, he is the principal investigator for the research direction nanoElectroPhotonics at the Nanophotonics section of the Debye Institute for Nanomaterials at Utrecht University. He has developed the Iontronic Microscope, an optical microscope that is sensitive to the re-organization of ions and charged species at the interface. He is the project leader of the UCo FAIR-Battery challenge which aims at developing an open-hardware platform for a versatile battery technology and making the platform radically accessible and maintainable in a distributive and scalable way. He has served on the board of the Open Science Platform at Utrecht University and the steering board for starting up the Dutch Climate Research Initiative (KIN).
His academic ambition is to accelerate knowledge creation and development of necessary technologies for tackling the climate crisis. In his view, open science and public access to technology is the only viable path with sufficient force and speed to reach this goal and, therefore, he has focused on realizing the necessary open infrastructure for the sustainability transition.
in Dutch:
Natuurkundige Sanli Faez onderzoekt de beweging van ionen en elektronen op nanoschaal aan het Debye Institute for Nanomaterials Research. Hij heeft een optische microscopiemethode ontwikkeld die de snelle beweging van kleine nanodeeltjes nauwkeurig kan meten.
Door de beweging op nanoschaal van heel kleine deeltjes zoals virussen of eiwitten te volgen, wil hij met deze methode reacties meten op de uiterste limiet van een enkel molecuul. Zijn academische ambitie is om een methode of apparaat uit te vinden dat door meer dan een miljoen mensen gebruikt zal worden. Hij is een van de oprichters van de KlimaatHelpdesk; een website waar wetenschappers vragen van het publiek over de gevolgen van klimaatverandering beantwoorden.
Hij is lid van de Jonge Akademie waarbij wil hij bijdragen aan het ontwikkelen van een wetenschapsbeleid dat aansluit bij de behoeften van de circulaire samenleving.
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P18-26
680.91.16.03 (FOM Physics Projectruimte)
Works (44)
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